Traditional processes for achieving high-quality mirror finishes on stainless steel primarily employ polishing technologies such as electrochemical polishing, chemical polishing, and mechanical polishing. With increasing demands for the surface quality of mirror-finished stainless steel and the need to improve polishing efficiency, a new stainless steel polishing process—CMP (Chemical Mechanical Polishing)—has been widely adopted. Utilizing CMP equipment along with polishing slurry and pads, combined with chemical reactions and high-speed grinding, this method achieves high-quality surfaces.
For mirror surface treatment of stainless steel, Jizhi Electronics formulates specialized CMP polishing slurries. These slurries enhance the surface activity of stainless steel through chemical solutions while enabling high-speed mechanical polishing to eliminate surface irregularities and achieve a higher-quality smooth mirror finish.
CMP chemical mechanical polishing minimizes environmental pollution and delivers the best mirror polishing quality for stainless steel. It rapidly and effectively reduces the surface roughness of the original workpiece. Through rough and fine polishing processes, a mirror effect can be achieved without scratches, pits, orange peel texture, or pitting. The polished surface resists oxidation and maintains its mirror finish for an extended period.
Depending on the type of metal, the composition and characteristics of the slurry vary slightly. Jizhi Electronics formulates specialized metal polishing/grinding slurries for metals such as molybdenum, copper, tungsten, stainless steel, aluminum alloys, and cast iron, addressing surface polishing challenges for different metal workpieces.
